CDAC Science at the 2020 SSAP Symposium
CDAC Science at the 2020 SSAP Symposium

CDAC science was once again on prominent display at the 2020 Stewardship Science Academic Programs (SSAP) Symposium held on February 26-27 at the Marriott Wardman Park Hotel in Washington, DC. An overview of the Center and its accomplishments over the past year was presented by Steve Gramsch at the General Session on Thursday afternoon, February 27.
The highlight of the meeting was the poster session held on Wednesday evening February 26, at which all 10 CDAC students presented their research.
Graduate student Ben Brugman from Michigan State University won a Best Poster award for his work on the high pressure properties of tungsten carbide. It is noteworthy that at each of the SSAP Symposia held thus far since 2014, at least one CDAC graduate student has won a Best Poster award.
Each of the SSAP Centers and grant holders provided an update on research activities for their respective programs, and representatives from each of the NNSA laboratories were on hand to describe postdoctoral research opportunities, application procedures and the scientific environment as well as the unique research programs and facilities at each of the laboratories .
Stewardship Science Academic Programs consists of the Stewardship Sciences Academic Alliances Program, the National Laser User Facilities Program, and the High Energy Density Laboratory Plasmas Program. The complete agenda is available on the symposium website at https://www.orau.gov/ssap2020/.
Student posters presented at this year’s symposium included:
Hannah Bausch (Northwestern) – Exploring anomalous velocity structures on the Earth’s core-mantle boundary using dynamic compression
Camille Bernal (Caltech) – Effects of anharmonicity on bcc chromium
Brian Blankenau (Illinois/UIUC) – Pressure dependence of Ni2FeGa shape memory alloys: Mechanical properties, magnetism and phonons
Ben Brugman (Michigan State) – Strength, deformation and equation of state of tungsten carbide to 66 GPa
Samantha Couper (Utah) – Interpreting two-phase deformation behavior of Earth materials using a 3D finite element method model
Matt Diamond (UC-Berkeley) – Electron density change across the Fe(II) spin transition in Earth’s mantle
Katie Hillike (Buffalo) – Shared structural motifs and bonding in new families of boron structures found using the XtalOpt evolutionary algorithm
John Hirtz (Tennessee) – Rapid oxidation of carbide materials induced by exposure to dense electronic excitation
Larry Salvati (Illinois/UIUC) – Investigation of hot-spot coalescence in polymer-bound explosives
Ryan Welch (George Washington) – Additive manufacturing and characterization of n-type bismuth telluride Be2Te2.7Se0.3